Mineral micro powder lasting aldehyde and odor removing bag

Abstract

The invention relates to a lasting aldehyde and odor removing bag with mineral micro powder which is a solid control product for removing air odor pollutions, i.e. formaldehyde, benzene, TVOC, and the like which are generated due to decoration. The lasting aldehyde and odor removing bag with the mineral micro powder is formed in such a way that aldehyde and odor removing mineral micro powder is manufactured into swelling hollow beads (strips), and then the swelling hollow beads (strips) are respectively packaged into porous fibre bags. The swelling hollow beads (strips) are prepared from the follow four groups of components: 60-98 percent of mineral micro powder combined by one or several of meerschaum with the particle diameter of 500-2000 meshes, fluorspar, sodium bentonite, kaoline, diatomite, activated clay, tourmaline powder, white mica power, titanium pigment, expansion graphite, corundum, and the like, 1-40 percent of aldehyde and odor removing matters, 0.01-5 percent of bonding agent, and the balance of 5-15 percent of water. The lasting aldehyde and odor removing bag with the mineral micro powder can be conveniently and neatly placed at air pollution sources, thereby achieving the purpose of lasting aldehyde and odor removal.

Description

Technical field: [0001] Mineral micro-powder long-lasting aldehyde and deodorizer packs are air pollution control products involving solids that remove formaldehyde, benzene, TVOC and other peculiar smells produced by decoration. Background technique: [0002] At present, in the indoor environmental pollution control industry, the following methods are usually used: ①The method of using activated carbon (carbon fiber) adsorption, but because its ability to adsorb formaldehyde is very limited, and it is easy to saturate and fail. ②Using ozone or negative oxygen ion method, the treatment effect is relatively short-lived, and excessive ozone is harmful to health. ③Using the method of air purifier to cure the symptoms, not the root cause, not only consumes electric energy, but also costs a lot to replace the filter element, and it cannot solve the problem of long-term compliance. ④ The treatment methods of "Photocatalyst" generally have the problem that the actual treatment eff...

AI Technical Summary

Problems solved by technology

[0002] At present, in the indoor environmental pollution control industry, the following methods are usually used: ①The method of using activated carbon (carbon fiber) adsorption, but because its ability to adsorb formaldehyde is very limited, and it is easy to saturate and fail

②Using ozone or negative oxygen ion method, the treatment effect is relatively short, and excessive ozone is harmful to health

③Using an air purifier to cure the symptoms but not the root cause not only consumes electricity, but also costs a lot to replace the filter element, and it cannot solve the problem of long-term compliance

④The treatment method of "Photocatalyst" currently has the problem that the actual treatment effect is not ideal

However, there is a problem that it reaches the standard at the time, but it does not meet the standard later, and the treatment effect is not long-lasting; there is also a problem that liquid products are not convenient to construct, and are highly volatile, which affects people's health.